Correspondence principle, Physics

Correspondence principle (N. Bohr)

The principle that when a new, more general theory is placed forth, it has to decrease to the more specialized (and usually simpler) theory under normal circumstances. There are correspondence principles intended for general relativity to special relativity and special relativity to Newtonian mechanics, however the most extensively known correspondence principle (and in general what is meant while one says "correspondence principle") is that of quantum mechanics to classical mechanics.

Posted Date: 3/28/2013 1:53:32 AM | Location : United States







Related Discussions:- Correspondence principle, Assignment Help, Ask Question on Correspondence principle, Get Answer, Expert's Help, Correspondence principle Discussions

Write discussion on Correspondence principle
Your posts are moderated
Related Questions
A customer requested the design of a Heat Exchanger and provided the following information to the Engineering Department. In his factory, as part of the process upgrade, there is a

Potential free contacts (also known as "dry contacts") are simply contacts which are physically operated with the main device, but not electrically connected to it. For example a m

A model elevator A working model of an elevator can simply be made from easy materials. For the rotating drums or sheaves, metal coffee tin will do. With a hammer and a big nai

The overall length of a particular wind instrument is 35.0 cm. The resonating air column vibrates as ina pipe that is open at both ends. (a) Find the frequency of the lowest not

brewesters law


The nucleus of the element having atomic number 25 and atomic weight 55 will contain : (1 )25 protons and 30 neutrons (2) 25 neutrons and 30 protons (3) 55 protons (4)

how to find output voltage using superposition theorem

Using cross belts cross the belt on the spool pulleys used in C 1 above and turn one of the pulleys. Note that they now turn in opposite directions.

Ferromagnetic materials exhibit magnetic behaviour similar to ferromagnetism below a critical temperature, known as curie temperatures. Above which it turns out to be paramagnetic.